public class ResourceLeakVisitor extends CalledMethodsVisitor
Owning
fields are satisfied, and for checking that CreatesMustCallFor
overrides are
valid.BaseTypeVisitor.OverrideChecker
atypeFactory, checker, positions, TARGET, targetValueElement, typeValidator, unusedWhenElement, visitorState
elements, root, trees, treesWithSuppressWarnings, types
Constructor and Description |
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ResourceLeakVisitor(BaseTypeChecker checker)
Create the visitor.
|
Modifier and Type | Method and Description |
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protected ResourceLeakAnnotatedTypeFactory |
createTypeFactory()
Constructs an instance of the appropriate type factory for the implemented type system.
|
Void |
visitMethod(MethodTree node,
Void p)
Performs pseudo-assignment check: checks that the method obeys override and subtype rules to
all overridden methods.
|
Void |
visitVariable(VariableTree node,
Void p) |
reportMethodInvocabilityError, visitAnnotation, visitMethodInvocation
checkAccess, checkAccessAllowed, checkArguments, checkArrayInitialization, checkConditionalPostcondition, checkConstructorInvocation, checkConstructorResult, checkContract, checkDefaultConstructor, checkExceptionParameter, checkExplicitAnnotationsOnIntersectionBounds, checkExtendsImplements, checkFieldInvariantDeclarations, checkForPolymorphicQualifiers, checkForPolymorphicQualifiers, checkMethodInvocability, checkMethodReferenceAsOverride, checkOverride, checkOverride, checkPostcondition, checkPreconditions, checkPurity, checkQualifierParameter, checkSuperConstructorCall, checkThisConstructorCall, checkThisOrSuperConstructorCall, checkThrownExpression, checkTypeArguments, checkTypecastRedundancy, checkTypecastSafety, checkVarargs, commonAssignmentCheck, commonAssignmentCheck, commonAssignmentCheck, commonAssignmentCheckEndDiagnostic, commonAssignmentCheckEndDiagnostic, commonAssignmentCheckStartDiagnostic, createOverrideChecker, createTypeFactoryPublic, createTypeValidator, enclosingMemberSelect, enclosingStatement, getExceptionParameterLowerBoundAnnotations, getThrowUpperBoundAnnotations, getTypeFactory, isTypeCastSafe, isValidUse, isValidUse, isValidUse, processClassTree, reportPurityErrors, scan, setRoot, shouldSkipUses, skipReceiverSubtypeCheck, testAnnotationInsertion, testJointJavacJavaParserVisitor, testTypevarContainment, typeCheckVectorCopyIntoArgument, validateType, validateTypeOf, visitAnnotatedType, visitAnnotatedType, visitArrayAccess, visitAssignment, visitCatch, visitClass, visitCompilationUnit, visitCompoundAssignment, visitConditionalExpression, visitEnhancedForLoop, visitIdentifier, visitInstanceOf, visitLambdaExpression, visitMemberReference, visitNewArray, visitNewClass, visitReturn, visitThrow, visitTypeCast, visitTypeParameter, visitUnary, warnAboutIrrelevantJavaTypes
visit
getCurrentPath, scan
reduce, scan, visitArrayType, visitAssert, visitBinary, visitBlock, visitBreak, visitCase, visitContinue, visitDoWhileLoop, visitEmptyStatement, visitErroneous, visitExports, visitExpressionStatement, visitForLoop, visitIf, visitImport, visitIntersectionType, visitLabeledStatement, visitLiteral, visitMemberSelect, visitModifiers, visitModule, visitOpens, visitOther, visitPackage, visitParameterizedType, visitParenthesized, visitPrimitiveType, visitProvides, visitRequires, visitSwitch, visitSynchronized, visitTry, visitUnionType, visitUses, visitWhileLoop, visitWildcard
public ResourceLeakVisitor(BaseTypeChecker checker)
checker
- the type-checker associated with this visitorprotected ResourceLeakAnnotatedTypeFactory createTypeFactory()
BaseTypeVisitor
The default implementation uses the checker naming convention to create the appropriate type
factory. If no factory is found, it returns BaseAnnotatedTypeFactory
. It reflectively
invokes the constructor that accepts this checker and compilation unit tree (in that order) as
arguments.
Subclasses have to override this method to create the appropriate visitor if they do not follow the checker naming convention.
createTypeFactory
in class BaseTypeVisitor<AccumulationAnnotatedTypeFactory>
public Void visitMethod(MethodTree node, Void p)
BaseTypeVisitor
The override rule specifies that a method, m1, may override a method m2 only if:
visitMethod
in interface TreeVisitor<Void,Void>
visitMethod
in class CalledMethodsVisitor
public Void visitVariable(VariableTree node, Void p)
visitVariable
in interface TreeVisitor<Void,Void>
visitVariable
in class BaseTypeVisitor<AccumulationAnnotatedTypeFactory>